米高料 的英文怎麼說

中文拼音 [mǐgāoliào]
米高料 英文
micro-fibre
  • 米 : Ⅰ名詞1. （稻米） rice 2. （泛指去殼或皮的可吃的種子） shelled or husked seed 3. （姓氏） a surname Ⅱ量詞（公制長度的主單位） metre
  • 高 : Ⅰ形容詞1 （從下向上距離大; 離地面遠） tall; high 2 （在一般標準或平均程度之上; 等級在上的） above...
  • 料 : 名詞1 （材料; 原料） material; stuff 2 （喂牲口用的穀物） feed; fodder 3 （料器） glassware 4 （...
  • 米高 : m-cro
  1. The 15th hong kong international film festival main catalogue international cinema, asian cinema, directors in focus : aki kaurismaki idrissa ouedrago, a tribute to michael powell, a tribute to three asian actresses : tuti indra malaon, shangguan yunzhu setsuko hara. . production background, reviews, stills, biographies and filmographies of the directors and essays

    國際電影亞洲電影米高鮑華紀念特輯焦點導演雅基郭利斯馬基伊特沙奧特盧高心香一瓣向三位亞洲女演員致敬：杜蒂英妲瑪麗安上官雲珠原節子製作資料影片介紹精美劇照導演生平作品年表以及專題評論文章等。
  2. We enhance technological innovation, develop hi - tech products and put patents into production. also, we start to research the aluminium profiling of millimicron powder coating and aviation. we adopt millimicron material into the prodution of aluminium profiling, increasing the value added of products

    強化技術創新，開發高科技產品把專利產品進行產業化，並啟動了《納米粉末噴塗鋁型材》 、航空航天用鋁材的研製工作，把納米材料運用到鋁型材的生產中，提高產品的附加值。
  3. The paper introduces that under special technology condition, nona material infiltrates through matrixes of machinery parts to refine crystal grains, increase matrix tenacity, strength and hardness, reduce friction factors and high performance and long lifetime machinery parts are manufactured

    本文介紹在特定的工藝條件下，將納米材料滲入到機械零件的基體中，使基體材料晶粒細化，韌性增加，強度增加，硬度增加，磨擦因數降低，從而製造出了高性能長壽命的機械零件。
  4. This indicates that rich zn2 + and poor mn2 + ions in the colloidal solution of zns : mn2 + nps is the key to obtain highly efficient luminescence and highly quantum yields. the research on the properties of surface modification may be helpful to the widely application of nano - sized materials in the future

    對納米材料表面修飾后發光性質變化的研究有助於更加深入地認識表面和表面態的實質及其對發光的影響機制，為進一步控制納米材料的表面，提高發光效率，創制理想高效的納米發光材料提供基礎的理論的指導，使得納米發光材料得到更加廣泛的應用。
  5. Sichuan has completed the industrialization for a series of high - performance new materials and modified materials such as pps, high - end rare earth permanent magnet, lanthanum glass, high purity tellurium, fluoro rubber, organic silicon, high performance processing for general - purpose plastic, nano materials and wisker materials

    已完成聚苯硫醚、高檔稀土永磁材料、稀土鑭系玻璃、高純碲、氟橡膠、有機硅、通用型塑料高性能化、納米材料、晶須材料等一批高性能新材料和改性材料的產業化。
  6. The result showed that the red koji produced by millet could produce yield of 30 % - 35 % and had better quality and higher color value than that produced by corn

    該文介紹了以小米為原料，採用巨紅3號紅麴黴菌種，生產紅曲的技術，其中包括原料處理、冷卻與接種、保溫培養等，接種量為1 %時，生產的紅曲質量優于玉米，秈米原料，色價高，出曲率30 % ~ 35 % 。
  7. Synthesis of functional polymer material, fine chemicals, modification of polymer surface, conductive polymer and nano materials

    機能性高分子材料合成，特用化學品之合成，高分子表面之改質，導電性高分子材料及奈米材料。
  8. The weir wed packing with high number of theoretical stages and minimum pressure drop permetre. small hold - up, most economical load range : f factor 1. 52m skg m3. minimum liquid load approx : 0. 2 m3 m2h

    該填料每米有較高的理論板數，每米填料的壓降低，持液量低，最佳的負荷因子1 . 52m s根號kg m
  9. It mainly includes new - type cement and wall - building material with coal gangue, industrial waste and fly ash as the raw material ; neody mi um - iron - boron material, nano - material, fire - resistance material, kaolin earth material, high - performance ceramic and fiber material, magnetic material, silicon - manganese alloy, and other nonferrous metal materials, along with production technologies of green environmental, clean materials and so on

    以煤矸石、粉煤灰、工業廢渣為原料的新型水泥和新型墻體材料、釹鐵硼材料、納米材料、耐火材料、高嶺土材料、高性能陶瓷和纖維材料、磁性材料、硅錳合金等有色金屬新材料，以及綠色環保、清潔材料的生產技術等。
  10. Raw and auxiliary materials : iron powder, copper powder, tungsten powder, tungsten - carbide powder, stainless ( high - speed ) steel powder, magnetic material, ceramic material, nanophase material and other metal powders and alloy powders

    原輔材料類：鐵粉、銅粉、鎢粉、碳化鎢粉、不銹（高速）鋼粉、磁性材料、陶瓷材料和鈉米材料及其它元素金屬粉末及合金牌號的粉末等。
  11. However, the si3n4 is non - crystalline when power is 100w or 150w. the agglomeration and the distribution were important parameter of nanopowder, which were analyzed by the laser light scattering particle - size test instrument. but the result appeared great error because of this instrument itself and high requirement to sample

    粒徑分佈和團聚是納米粉體材料重要的表徵手段，採用激光散射技術對納米氮化硅粉末粒徑的分佈和團聚進行分析，激光散射技術由於本身的限制和對樣品的高要求，測量納米材料的分佈有較大的誤差。
  12. Chapter 2. powder synthesis techniques fall into three broad categories : ( 1 ) precipitation from a salt solution, ( 2 ) condensation from the vapor phase, and ( 3 ) high - energy milling

    第二章：納米微粒的制備方法納米材料的制備方法主要分為三大類：液相法、氣相法和高能球磨法。
  13. The plastic lighthouse to be install be eight metre high

    將豎立的塑料燈塔有八米高。
  14. Abstract : the development of stealthy materials in the past several d ecades from the second world war up to now is comp endiously reviewed in this paper. recent study of new stealthy materials, suc h as ceramic materials and conducting polymer composites etc, is summarized from three areas of thermal resistance ， smart and plasma steal thy materials, and developing trend of the stealthy mat erials is also predicted in this paper

    文摘:簡單回顧了從二次世界大戰至今幾十年間，國外隱身材料的發展歷程；系統綜述了國外在陶瓷材料、導電高分子材料、晶須材料、納米材料、手征材料等新型隱身材料研究方面所取得的進展；從耐高溫隱身材料、智能隱身材料、等離子體隱身三個方面入手，重點介紹了國外近年來在隱身材料領域的最新進展；並且指出了隱身技術未來的發展方向。
  15. The employ kaolinite / polyacrylamide intercalation compound as a raw material to in - situ synthesize sialon was test by the carbothermal reduction and simultaneous nitridation ( crsn ) technique. this work was supported by the national natural science foundation of china ( grant no. 40072014 ), the natural science foundation of guangdong province ( grant no. 010496 ) and the foundation of state key laboratory for physical chemistry of solid surfaces in xiamen university ( grant no. 9911 )

    研究工作得到國家自然科學基金項目《高嶺石礦物表面功能基及其反應活性研究》 （項目批準號： 40072014 ） 、廣東省自然科學基金項目《高嶺石有機插層原位合成- sialon納米材料》 （項目批準號： 010496 ）和廈門大學固體表面物理化學國家重點實驗室開放基金項目（項目批準號： 9911 ）的資助。
  16. The corn refining industy was estabished in 1848 in america. the world war stimulated the development of corn refining and the corn refiner got much more economic profits. the comprehensive utilization of corn was realized and a variety of modified starch were developed before 1950s in america. after 1960s, the corn refiners in america created lots of bioproducts from corn starch by the fermentation. first of all, the hfcs which has been a popular product at present was largely produced. moreover, many organic acids and sugar, alcohols were produced as chemical materials. the corn refiners in the america are focusing on developing new corn refining products which can take the place of petrol products

    美國玉米加工業始建於1848年，第一、二次世界大戰刺激了玉米加工業的發展，並使美國玉米加工企業獲得了大量的經濟利益.本世紀50年代前，美國玉米加工業就已實現了綜合利用，並開發了多種變性澱粉. 60年代以後實現了從澱粉到生物技術產品的轉化.首先，玉米高果糖漿實現了工業化生產，並成為目前玉米加工業的主要產品.此外，以葡萄糖為原料，生產有機酸、醇等化工原料.目前，美國加工業正致力於開發替代石油製品的玉米深加工產品
  17. In the information and software sector, emphasis will be placed on seven industries involving digital video and audio systems, electronic equipment used in cars and ships, mobile telecommunications equipment, optical electronic products and new types of plate monitor, integrated circuits, electronic industrial controlling systems, computers and related equipment and medical electronic apparatus

    如日本展團將在展場里用參展的高端建築材料按1 ： 1的比例搭建一座7米高的二層樓房的樣板間，所有樓房的墻體地面門窗等材料都將採用日本最先進的高端建築裝飾材料，室內的廚房衛生間及客廳等也都將使用環保傢具。
  18. The same year, the bonded area was expanded into a new administrative area, which included the dagushan island, dadi island and most parts of the dayaowan coastal areas, serving a group of important docks in dalian port - the dayaowan container dock, the ore dock, the oil dock and the grain dock. this expansion was approved by the central government

    如日本展團將在展場里用參展的高端建築材料按1 ： 1的比例搭建一座7米高的二層樓房的樣板間，所有樓房的墻體地面門窗等材料都將採用日本最先進的高端建築裝飾材料，室內的廚房衛生間及客廳等也都將使用環保傢具。
  19. Thermal spray is composed of material engineering, physics, chemistry, biologic macromolecule etc. it becomes a new wide used surface process technique

    熱噴塗綜合了材料、物理、化學、生物高分子、納米材料等學科的技術，成為當今廣泛應用的一種表面處理技術。
  20. Finally, we had initially tried on several novel methods, such as melted solution method and directly oxidation, for the synthesis of nanomaterials. for example, we had ever succeeded in synthesizing alumina nanobelts and zinc oxide micro - and nanostructure and even macromolecule nanobelts

    （ 3 ）對新的合成方法比如融劑法，直接氧化法合成納米材料做了初步的嘗試，並且合成了氧化鋁和氧化鋅的一維納米結構和高分子納米帶狀產物。
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